


Gray Stylish Sweatshirt Mini Dress With Orange And Blue Gradient
Discount
- $8 off orders over $159
- $20 off orders over $259
- $30 off orders over $359
- $50 off orders over $459
Description
KEY FEATURES:
- Material: Soft and cozy sweatshirt fabric for a casual yet stylish feel.
- Design: Oversized sweatshirt mini dress in gray with an orange and blue gradient, fringed hemline, and ribbed crew neckline.
- Fit: Relaxed, oversized fit with dropped shoulders for a laid-back, streetwear-inspired silhouette.
- Occasion: Ideal for casual outings, weekend getaways, or off-duty looks with an urban twist.
- Care Instructions: Machine wash cold, tumble dry low or hang dry to maintain the fabric’s softness and shape.
- Sizes: S, M, L, XL, 2XL, 3XL.
This gray sweatshirt mini dress offers a perfect blend of comfort and street-chic edge. The oversized silhouette is enhanced by a subtle yet striking orange and blue gradient that evokes a sunset skyline motif near the hemline. Fringed detailing at the bottom adds texture and a modern twist, while the sweatshirt material ensures warmth and everyday wearability. It's a perfect piece for fashion lovers who appreciate relaxed silhouettes with elevated details.
Pair it with chunky sneakers, knee-high boots, or thigh-high socks for a trendy streetwear look. Add sleek hoop earrings or a sporty cap to complete the vibe. A crossbody bag or matching mini tote, as shown, enhances the coordinating aesthetic effortlessly. Ideal for casual hangouts, art walks, or stylish travel days when comfort meets statement-making style.
Delivery&Returns
Free shipping for orders above $99 USD
Refunds available pre-delivery. Post-delivery, see Returns & Exchanges .
Receive in 19-35 working days. Check Shipping Policy for regional specifics.
Shipping Cost
- Orders over $99: You get FREE SHIPPING.
- Orders under $99 : Shipping Cost $12.99
Why Choose Us
- Expert Craftsmanship: Elevating Comfort.
- Diverse Styles: Effortlessly Chic.
- Eco-Friendly Production Values.
- Handcrafted Precision: Note 1cm/1 inch manual measurement difference.
